Last updated: July 2026
Calgary Heat Pump Installation — One System That Heats and Cools
Heat pumps move heat rather than generate it — making them 2–4x more efficient than gas heat at mild temperatures. Cold-climate models now operate reliably down to −25°C, making them viable for Alberta year-round use.
Why Heat Pumps Work — Even in an Alberta Winter
A heat pump doesn't burn fuel to create heat. It extracts heat energy from outdoor air — even cold outdoor air — and moves it inside. At −10°C, outdoor air still contains significant heat energy that a modern cold-climate heat pump can extract efficiently. The same refrigerant cycle runs in reverse for cooling in summer.
Standard heat pumps lose efficiency rapidly below −10°C and stop operating below −15°C. Cold-climate models (Mitsubishi Hyper-Heat, Samsung Hylex, Bosch IDS) maintain rated capacity down to −25°C to −30°C — genuinely suitable for Calgary winters without requiring an auxiliary gas backup at every cold snap.
- COP of 2–4 at mild temperatures — moves 2–4 kWh of heat per kWh of electricity used
- Single system for both heating and cooling — one maintenance schedule
- Cold-climate models rated to −25°C to −30°C operation
- Compatible with existing forced-air duct systems or as ductless mini-split
- Federal and provincial rebates available — reducing upfront cost significantly
How a Heat Pump Moves Heat — Even in a Calgary Winter
A heat pump is a highly efficient home HVAC system that provides both heating in winter and cooling in summer. It transfers heat energy instead of generating it, delivering comfortable temperatures year-round with significantly less energy consumption than a furnace burning fuel.
In winter, the outdoor unit takes the cold outside air — colder than the air inside your home — and strips heat energy out of it. The air leaving the outdoor unit is actually colder than the air that entered it, because the heat energy that was extracted has already been moved indoors to warm your home.
Which Heat Pump Type Is Right for Your Home?
Central Ducted Heat Pump
Replaces or supplements your existing furnace and AC with a heat pump that connects to your existing ductwork. Delivers heating and cooling to the whole home through the same vents. Best when ductwork is in good condition and you want whole-home coverage from one system. Often paired with a gas furnace as backup for extreme cold.
- Works with existing ductwork
- Whole-home heating and cooling
- Typically paired with gas backup for extreme cold
Ductless Heat Pump (Mini-Split)
Wall-mounted indoor head units connected to an outdoor compressor — no ductwork required. Install in days. Excellent for older homes, additions, garages, or specific rooms needing targeted climate control. Cold-climate ductless units are the most practical path to heat-pump heating in homes without adequate ductwork for a central system.
- No ductwork required
- Zone-level control
- Installs in a day
Samsung Hylex™ Universal Inverter Heat Pump
Why Calgary homeowners choose Samsung Hylex: it heats efficiently down to −25°C — yes, even in Calgary winters — and cools in summer, replacing your AC and furnace with one system.
Cold-Climate Heating
Heats efficiently down to −25°C, even in a Calgary winter.
Summer Cooling Included
Cools in summer — replace your AC and furnace with one system.
Wind-Free Technology
23,000 micro-holes deliver draft-free comfort instead of a cold blast of air.
Up to 40% Energy Savings
Versus traditional HVAC, based on manufacturer and field data.
CEIP Rebates
Qualifies for Clean Energy Improvement Program rebates — up to $10,000, financed through your property taxes.
Get Pre-Approved — Starting As Low As $120/Month
Heat pump installation starting as low as $120/month with installation — $0 down, financing available. We also help you identify and claim federal and provincial grants at the time of purchase, including CEIP rebates financed through your property taxes.
Heat Pump Rebates — We Handle the Paperwork
Canada Greener Homes Grant and Alberta rebates can reduce heat pump installation costs significantly. We help you identify and claim applicable rebates at the time of purchase.
Cut Your Energy Use by 40% With a Heat Pump
In Alberta, where 60–65% of home energy goes to space heating, switching from a furnace to a heat pump can reduce your energy use significantly — heat pumps require only 20–22% of the total energy a furnace needs to heat your home. During the heating season, your savings can typically offset the cost of cooling too — effectively giving you free cooling during Calgary's hot summers, with no need to invest in a separate air conditioning unit.
Why a Heat Pump Is Built for Calgary's Climate
Worried about Calgary's extreme winters? Modern cold-climate heat pumps like the Samsung Max Heat® 3.0 are built for cold climates and can operate efficiently in temperatures as low as −25°C. Advanced compressors ensure reliable heating even when the weather turns frigid.
Calgary's unpredictable Chinooks and swings from freezing cold to warm winds can make temperature control a challenge. A heat pump adapts quickly — offering seamless cooling on hot days and powerful heating during cold snaps — adjusting automatically to Calgary's dynamic weather without overheating or wasting energy.
Hybrid heat pump and furnace — dual-fuel coverage for the coldest days: your furnace becomes trusted back-up while the heat pump takes the prime stage. When Calgary's temperatures hit extreme lows, your furnace seamlessly takes over — keeping your home warm during the coldest 3–5% of hours in Calgary's year.
Combat Climate Change With a Heat Pump
Switching to a heat pump with three times the efficiency of a high-efficiency furnace cuts down on fossil fuel consumption. A gas furnace typically produces approximately 0.18 kg of CO2 per kWh of natural gas burned — a heat pump lowers your household's carbon emissions and helps provide a greener future for your community.
Of people in countries like Canada, France, and Germany view climate change as a major threat, according to Pew Research Center.
Of Albertans still worry about climate change's impact, and two-thirds believe it poses a severe threat to the planet, according to the 2024 Blue Sky Survey. 53% want the provincial government to do more; 61% believe energy companies and 58% believe businesses should do more too.
Lower Utility Bills Without Sacrificing Comfort
In Alberta, where utility prices vary and are always a concern, a heat pump lets you take charge of your energy use. In a Natural Resources Canada study, households using cold-climate heat pumps in Alberta reported a 25–50% reduction in energy consumption for heating compared to natural gas, and 30–40% lower cooling costs compared to standalone air conditioners.
Upgrade Your AC to a Heat Pump With Minimal Changes
With systems like Samsung's Hylex that we install, you can transform your existing air conditioner into a heat pump by upgrading only the outdoor unit — enjoying efficient heating and cooling without a complete replacement, lowering both your energy costs and upfront investment.
Ductless systems are also a great fit for condominiums and smaller spaces — home offices, kids' study rooms, and commercial spaces that don't have ductwork to tie into.
A Smart Investment — Even Without Government Grants
Even without government rebates, heat pumps pay for themselves over time through savings on heating and cooling bills. After payback, your heating and cooling are essentially free. Choosing a heat pump today is already a smart move — and if you ever go solar in the future, your heat pump will integrate seamlessly, since it runs on electricity, giving you the option of near-zero heating and cooling costs down the road.
Cold-Climate Heat Pump Review
Carrier Crossover 37MUHA Cold Climate Heat Pump review, by Ben's Eco Adventure.
Heat Pump Questions
Can a heat pump be my primary heat source in Calgary?
With a cold-climate model (rated for −25°C to −30°C), yes — for most Calgary winters. We do recommend either a gas backup or an emergency strip heater for extreme cold events (−35°C and below). Many homeowners install a dual-fuel system: heat pump handles the bulk of the heating season at higher efficiency, gas furnace kicks in only when temperatures drop below the heat pump's efficient operating range (typically −20°C to −25°C depending on the model). Net energy cost is significantly lower than gas-only systems in most years.
How does a heat pump compare to gas heating in cost?
At current Alberta natural gas and electricity prices, heat pumps are more cost-effective than gas at temperatures above approximately −15°C. Below that, the COP of cold-climate models approaches 1.5–2.0, which may be comparable to or slightly above gas cost depending on tariff rates. A dual-fuel system optimizes this automatically — the system switches to gas only when it's cheaper to run gas than electricity. We provide a cost comparison at the quote based on your current heating bill.
Do I need to replace my furnace if I install a heat pump?
Not necessarily. A central heat pump can be installed alongside an existing furnace in a dual-fuel configuration — the heat pump handles most of the heating, the furnace serves as cold-weather backup. This is often less expensive than replacing the furnace entirely and provides the best efficiency profile for Calgary's climate range.
Are Calgary homeowners actually buying heat pumps?
As of 2021, heat pumps accounted for only about 6% of residential heating systems across Canada, including Alberta. According to the Canada Energy Regulator's 2023 Energy Future report, heat pumps are expected to provide 13% of Canada's residential heating by 2030 and 50% by 2050.
Will a heat pump work during Calgary's Chinooks?
Absolutely — during Chinooks, a heat pump can efficiently adjust to sudden temperature swings, keeping your home comfortable without wasting energy.
How much can I save on energy costs with a heat pump?
You can reduce heating-related energy costs by up to 40–45%, depending on your usage, the efficiency of the system, and your rate program.
What Industry Experts Are Saying About Heat Pumps
Efficiency Vermont Field Study
Monitored seven inverter-driven, ductless heat pumps (Mitsubishi and Fujitsu models) in cold climates. Found these systems provided heat at lower cost than traditional oil or propane systems, even near 0°F.
Read the study (NREL PDF)Cold-Climate Heat Pumps in Minnesota
The Center for Energy and Environment monitored cold-climate heat pumps in Minnesota homes. A single-family home saw over 50% energy savings after installation.
Read the case studyToronto Residential Case Study
Evaluated a cold-climate air-source heat pump in Toronto. The homeowner's annual running costs were nearly identical to their previous gas furnace and electric AC combined.
Read the full case studyNREL Cold-Climate Demonstration
Evaluated heat pump performance at outdoor temperatures as low as −25°F, showing modern air-source heat pumps maintain efficient heating in sub-zero conditions.
Read the NREL analysisAir-Source Heat Pumps in Alaska
Details heat pump performance in subarctic Alaska conditions as cold as −25°F, showing reliable heating while reducing reliance on fossil fuels.
Read the NREL featureBuilding America — Northeast States
Observed inverter-driven heat pump performance across Connecticut, Massachusetts, and Vermont, performing well compared to traditional oil and propane heating.
Read the field studyHeat Pump Installation Across Calgary & Area
Ready to Stop Heating and Cooling With Two Separate Systems?
Talk to a Calgary heat pump specialist — cold-climate sizing, rebate paperwork, and a straight answer on whether ducted or ductless fits your home.
Schedule a Free Heat Pump Assessment
With heat pumps, we help busy Calgary families transform their homes into environments that comfort, protect, and energize — so they and their families feel ready and recharged to take on life's daily demands.
Our Recent Heat Pump Work in Calgary
One System. Year-Round Comfort. Lower Bills.
Cold-climate heat pump installation for Calgary homes — cooling, heating, and rebate assistance all in one appointment.
